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In article number 2101434, Ming Li and co‐workers propose a CMOS‐compatible Light‐stimulated Porphyrin‐coated Silicon Nanowire Field Effect Transistor (LPSNFET) to form the complementary photo‐synapses with only two CMOS‐like transistors. LPSNFET exhibits five‐fold improvement in photo sensitivity compared to the bare silicon nanowire devices. Complementarily behaviors can be realized by modulating...
Neuromorphic computing has emerged as the high‐energy‐efficiency and intelligent solution for processing sensory data. As a potential alternative to neuromorphic computing, photo‐excited synaptic systems can integrate the functions of optoelectronic sensing and synaptic computing to realize the low‐power and high‐performance visual perception. However, one major challenge in high‐efficient photo‐excited...
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